Name tag, company display, I.D. connector badge

ABSTRACT

This ( 24 ) name tag is rectangular in shape it has a ( 26 ) indented name tag holder section that has three ( 27 ),( 32 ), and ( 30 ) magnets for attaching a ( 66 ) name tag platelet that could also be a battery. At the top ( 29 ) surface there is a ( 28 ) rubber connector for attaching a top mount ( 101; ) poster board connector were it could also have a ( 199 ) indented elongated attaching slot for the same purposes of attaching a ( 226 ) advertising poster board connector that is used for advertising purposes, close to the bottom and on either side are two ( 63 ) left side and ( 63; ) right side, or two ( 163 ) and ( 145 ) rear buttons placed at the back or sides that are attached to ether a ( 143 ) elastic rubber embodiment or ( 64 ) springs for controlling two attaching ( 71 ) ( 71   k ) hooks that glide in a ( 122 ) indented rail and extend out of a front ( 129 ) section that attach to other embodiments such as a ( 81 ) I.D. tab connector to attach at least one ( 83 ) I.D. card or other items at the bottom and in the center is a ( 112 ) opening with a ( 134 ) bar that can sometimes be a ( 157 ) retracting bar that has a ( 172 ) attaching embodiment that glides through two guide ( 197 ) and ( 197 A) poles is in term attached to two ( 191 ) and ( 189 ) reels that are in term pivotally attached to two ( 146 A) and ( 146 B) stationary poles were as there could also be batteries placed there were this front ( 128 ) and back (no) embodiment are attached together, on the outside front panel there could be a ( 94 ) or ( 74 ) for security purposes this embodiment could also be ( 196 ) thin and have a ( 102 ) attached and set on top of this  193  it can also be bowed. This is a extension of my provisional application No. 61/278,662 filed on Oct 8, 2009.

SUMMARY OF THE INVENTION

Background of prior art this invention generally relates to security display items There have been several attempts to solve this problem one has been to place identification around the neck with the aid of a string looped through a polarity of One or more cards this method leaves the card, or cards twisting and dangling all over the place. Other methods have been invented to display identification neatly and professionally but through flimsy means of attachment with the aid of a metal opening and closing clamp, that has a plastic attachment that loops back into itself with less than secure attaching means that make it so that a person could lose expensive to replace identification cards, there is a need to come up with an attachment device that both secures identification so that it is not easily lost through flimsy attachment means and display it with grace and eleguance, while attending a professional business meeting or trade show, there has been a lack of incite for to both come up with a way to both see and positively identify the person or persons carrying the identifying means because the print is ether to small or they or to far away to read the information, or to know what company or companes they work for with an increased security threat to the countries of the world there is an increased need for better Identifying, displaying, and attaching means.

BACKGROUND OF THE INVENTION

This present invention generally relates to name tags and the general purpose of a name tag, name tags are used for the purpose of identifying unknown persons by name. they are often worn on uniforms and can be displayed on either the right or left side of the upper tarsal of an individual however this one has an open face joint connecting means where it allows for movement with out breaking, a positive and negative terminal will set on top of one another and not fit into a female receptor as with prior art in Japanese unexamined patent publication 7,594.830 or 7,481.682 and 7,354.318 closed face connecting joint means also in reference to size my connector is not made for a car terminal closed face multi connecting means. They can be worn anywhere on the body they can be worn at work in the office restaurants or at play they are attached through various means such as clipping them on with the use of a pin attached to the back some are magnet to magnet attached and others are sewn on using needle and thread they are often different shapes and sizes in width they are worn by men and women at trade shows conventions church functions and by security guards not much has changed over the years with a name tag other than the occasional listing of a company's name there is a need for a name tag to both organize material by a user to be able to meet the needs of a user through better identifying methods and means and to further appropriate better security means for a better controlled environment.

BRIEF DESCRIPTION OF THE DRAWINGS Figures

In the drawings, closely related figures have the same number but different alphabetic suffixes.

FIG. 1A-1E Is showing a fragmented front view of this name tag.

FIG. 1B-1G Is illustrating the varying views of this hook button.

FIG. 2 is showing a skeletal front view of this name tag and all the parts present.

FIG. 3 Is illustrating this I.D. tab connector.

FIGS. 92-97 are illustrating varying views of FIG. 3.

FIG. 1H Is illustrating an elevated top view of this name tag.

FIG. 1I Is illustrating a bottom or rear view of this name tag.

FIG. 61 Is illustrating the back of this name tag.

FIG. 1J Is illustrating a left side, side view of the name tag.

FIG. 1K Is illustrating a right side, side view of this name tag.

FIG. 4 Is illustrating a skeletal side view of this name tag.

FIG. 5 Is illustrating a skeletal front view of the function of this name tag.

FIG. 6 Is illustrating the hook buttons in the open position on this name tag.

FIG. 7 Is illustrating a frontal view of this name tag and hook buttons in the closed position and security measures attached.

FIG. 8 Is illustrating a frontal view of this name tag and hook buttons attached to an embodiment.

FIG. 9 Is illustrating the tab connector attached to the embodiment and attaching a polarity of one card.

FIG. 10 Is illustrating how the I.D. connector can be stored around the name tag.

FIG. 11 Is illustrating the tab connector connected to the front hooks.

FIG. 12 Is illustrating the tab connector connected to the back of the embodiment.

FIG. 13 Is illustrating a connected card to the embodiment.

FIG. 14 Is illustrating this advertising poster board and bottom name tag.

FIG. 14A Is illustrating this poster board being attached to this name tag.

FIG. 14B-14D Is illustrating how this poster board can be bent without braking.

FIG. 15 Is illustrating a company logo attached.

FIG. 16 Is illustrating a polarity of one card directly connected to this embodiment.

DETAILED DESCRIPTION OF THE EMBODIMENT

FIG. 1A Is illustrating a (24) half fragmented, ID connector. This (24) embodiment has five parts that make the hole with this first part being rectangular in shape having a measuring length, of three inches by a width of about one inch or twenty-five millimeters by seventy-six millimeters but not being limited to. This (24) embodiment or its parts could be made of a host of different materials such as plastic, aluminum, copper, stainless steel, brass, or a combination there of it could be made from a die cast mold or injection molding just off the illustrations and descriptions I give hear (26) Is illustrating a name tag holder section, measuring two and three fourth in length by three eighths of an inch, or seventy millimeters in length by one centimeter in width but not being limited to. This (26) name tag holder is centered being approximately one millimeter shy of the top or one sixteenth of an inch shy of this (24) embodiment's top edge, having spacing on ether side of three millimeters or one eighth of an inch but not being limited to. This (26) name tag holder could be indented or not indented at all about one, to two, millimeters and squared at either end but not being limited to. There Is a (28) rubber connector connected to this (24) embodiments top (29) surface, it's length is three inches or seventy six millimeters long but not being limited to. This (26) name tags indented surface has three magnets or it could have no magnets at all they are then evenly spaced and set flush with the rest of the surface, the magnet (30) to the far right and the magnet (27) to the far left are round and about three millimeters wide and about two to three millimeters thick both (27) and (30) magnets have a pin protruding projectile attached to them for the purpose of attaching to articles of clothing both are centered and counter sunk about five millimeters from the (26) indented name tag's left side and indented right side edges, with only the pin protruding projectile exposed as seen in FIG. 1 j. FIG. 1A This (32) magnet in the center is bigger than the other magnets (27 and (30) to the right and left side, this (32) magnet sets 35 millimeters centerd in this (26) indented surface and its mesuments are one centimeter in length by five millimeters in width having the corners rounded off. At the bottom of this (24) embodiment is a (31) indented, elongated rectangular guide track, also having two halfmoon stationary spring retractor rods, used to hold the attaching hooks and springs into place one (33) and the other (34) with there flat sides facing out and in opposite directions of each other it is this flat surface were the springs are to be placed. FIG. 1B Is illustrating a (25) attaching hook button,it is rectangular in shape measuring forty-one millimeters long, by eight point five millimeters in width. FIG. 1C. Is illustrating the opposite side of this identical (37) hook button and it is illustrating this (36) elongated orphis with a measuring twenty millimeters long, by a width of four millimeters, one side of the orphis is rounded off and the other side is ninety degrees and flush it is centerd having about two millimeters of clirance on the top and bottom edges the flat ninety degree flush part sets about one centimeter from the FIG. 1C (38) push button front portion. At the back end of this FIG. 1B. (25) attaching hook button, is the (39) hook elevated view this hook is centerd setting two and one-half millimeters from the right corner edge, and two and one-half millimeters from the left corner edge and flush with the (25) attaching hook button rear section, the top side of this (39) hook is flat half rounded like a horseshoe having a measuring width of perhaps three millimeters by a length of around four millimeters but not being limited to. FIG. 1G Is illustrating a front view of the button and hook. FIG. 1F Is illustrating a rear view of the button and hook this (35) thickness could be three and one-half millimeters but not being limited to. FIG. 1D Is illustrating a left side, side view of this identical attaching hook button. FIG. 1E Is illustrating this (40) neck and right side, side view of this identical attaching hook button. This (40) neck length could be six millimeters from the bottom base to the attaching foot or hook connecting top section, having a cross thickness of two millimeters but not being limited to they are designed to attach a polarity of one or more cards. FIG. 2 Is illustrating this (46) I.D. Connector and all of it's five parts assembled and in a skeletal open frontal view. There are two identical attaching hook buttons one (48) and the other (47) in these attaching hook buttons are two elongated (45) and (45A) orifices in these orifices are two (49) and (49B) springs, these springs that are under constant tension rest against two (50) and (50 j) half-moon stationary spring retractor rods and two (51) and (52) horizontal walls of the (48) and (47) identical attaching hook buttons in the open position of this (46) name tag I.D. Connector. FIG. 3 Is illustrating this (41) I.D. tab connector a person could carry up to five cards or more comfortably with the aide of this I.D. tab connector being attached to these hooks. This (41) I.D. tab connector could be cutout with scissors and be any specified length however this one has a possible measuring length of sixty millimeters it could be made of soft flexible plastic, or fabric such as nylon, or leather, or a combonation of soft plastic-laminated over stainless steel end pieces that could be formed from sheet metal or combined with any of the above. This (41) I.D. tab connector could have a (43) width of one centimeter or grater but not being limited to. The attaching horizontal (42) and (44) matching end sections could be one centimeter wide by two centimeters long with the edges rounded off and an elongated orifice measuring four millimeters wide by a length of twelve millimeters although not shown in one of the (42) or (44). A metal piece matching the outside pattern being made of stainless steel could if made of soft plastic be laminated to the plastic, or if made of fabric be sewn between the fabric, the reason for this metal will be explained later. FIG. 92 Is illustrating a front side view of this I.D. tab connector. FIG. 93 Is illustrating a rear side view of this I.D. top connector. FIG. 94 Is illustrating a top side view of this I.D. connector FIG. 95 Is illustrating a back side view of this I.D. tab connector. FIG. 96 Is illustrating a right side, side view of this I.D. tab connector. FIG. 97 Is illustrating a left side, side view of this I.D. tab connector. FIG. 61. Is illustrating a rear view of this connecting embodiment. FIG. 1H Is illustrating a top side view looking down on this connecting embodiment. FIG. 1I Is illustrating a plane bottom view of this connecting embodiment. FIG. 1J Is illustrating a right side, side view of this I.D. Connector. FIG. 1K Is illustrating a left side, side view of this I.D. Connector. FIG. 4 Is illustrating a skeletal side, side view of this (70) ID.connector, it's width could be depending on the materials used five millimeters or as small as three point eight millimeters but not being limited to. (75) Is illustrating the rubber top connector it's bottom portion is triangular in shape having a round ball portion at the top and the two being integral with one another having a total vertical measuring length of three millimeters the round ball portion could have a measuring vertical length of possibly two millimeters having a (57) and (58) indented portion with a possible twenty-five degree triangle slide portion on both sides but not being limited to. FIG. 5 Is illustrating this (77) ID. Connector in the closed position numbers (68) left side and (68;) right side are illustrating the former positioning of the buttons in the open position down to the now (63) left side and (63;) right side in the now closed button position. There are two (59A) and (69) half-moon spring retractor rods and in front of these rods facing out are two springs FIG. 4 Is illustrating this (80) spring from a side, side view of this (70) ID. connector FIG. 5 (59A) and (69) at either side of this (63) left side and (63;) right side hook buttons are two (72) and (72;) vertical walls located in these buttons compressing two (64) left side and (64;) right side springs between the (59A) and (69) spring retractor rods. When this accrues it pushes the (67;) right side and the (67) left side half round orifice section apart from the (59A) and (69) spring retractor rods that also have a half round aliening section that also keeps these (63) left side and (63;) right side identical attaching hook buttons from being ejected from the FIG. 5 (77) ID. Connector badg. FIG. 4 Side view of this (31M) guide track. Leaving these FIG. 5 (71) and (71 k) hooks in the closed position from the (61) and (61 v) former position, it should be noted that although not illustrated that these FIG. 5 (71) and (71 k) hooks can be pushed together flush back to back. FIG. 4 This (80) spring could be two point five millimeters in diameter or more but not being limited to. This (59) half-moon spring retractor rod could be three point five millimeters in width by four millimeters long but not being limited to it sets just between this skeletal (60) and (60;) sliced identical attaching hook button top and bottom portion. FIG. 4 Is illustrating a (66) name tag platelet that could also be a battery. FIG. 87 Is illustrating a front view of this battery platelet. FIG. 88 Is illustrating the back view of this battery platelet FIG. 91 Is illustrating a left side, side view of this battery platelet. FIG. 91A Is illustrating a right side, side view of this battery platelet. FIG. 89 Is illustrating a left side, side view of this battery platelet. FIG. 90 Is illustrating a top side, side view of this battery platelet. This platelet could be made of a series of smaller round batteries to make the one battery it is made to fit this (62) indented, (73) magnetized surface this (66) name tag platelet could be made of hard plastic, rubber, stainless steel, paper, or magnetized material but not being limited to. This (65) hook can receive a polarity of one or more cards, with the aide of this FIG. 3 (41;) I.D. tab connector even more. FIG. 6 Is illustrating this (53) ID. Connector in an open frontal view and a (54) guide track. This (54) guide track orifice could be twenty millimeters in length by four millimeters in width having the sides rounded off but not being limited to. This (54) guide track orifice is centered having three millimeters on the top and bottom sides of the (53) I.D. Connector also setting twenty eight and one half millimeters from the right and left side edges. These (55) and (56) hooks are used for connecting identification and other small items such as keys fishing gear and other like small items but not being limited to when in the open position as seen in FIG. 6 the two (55) and (56) hooks are repealed away from each other using tinsel strength generated by two springs this constant tension repels the two hooks and outside buttons apart about 13 millimeters or more but not being limited to FIG. 7 Is illustrating a frontal view of this (82) ID. Connector with the attaching hooks in the closed position. To the left of thesse hooks is a place were a (94) I.D.F computer chip can be placed for security purposes, to the right of these hooks is a place were (74) barcode technology for the same reason can be implemented FIG. 8 Is illustrating a frontal view of this (78) I.D. Connector in a plane closed face view connected to this (78) I.D. Connector is a (76) I.D. tab connector. FIG. 9 Is illustrating how an (83) card or cards, can be connected to this (79) ID. Connector using the aide of this (81) ID. Tab connector, This (81) I.D. tab connector is inserted through an (86) orifice of which cannot be seen of this (83) identification card this (81) ID. tab connector is then bent forward towards this (79) ID. Connector, the (85) orifice of this (81) I.D. tab connector is then looped and centrally located around the (84) attaching hooks and secured into place. FIG. 10 Is illustrating a side view of this (250) I.D. connector, it is illustrating this (234) I.D. tab connector attached around the front (239) hooks of this name tag, and repealed around to the backside and attached to an unseen (313) magnet. When not used it can be stored as seen around this name tag as seen in FIG. 11, FIG. 11 Is illustrating a front view of this (229) name tag and this (233) I.D. tab connector attached around these repealed apart attaching hooks. FIG. 12 Is illustrating a rear view of this (244) name tag with this (176) magnet attaching to this (181) I.D. Tab connector laminated stainless steel section. FIG. 13 Is illustrating this (87) ID. Tab connector connected to these's (204) attaching hooks that are in term attached to this (88) ID connector connecting a polarity of one (91) identification card this (91) identification card can have an elongated orifice opening as long as two centimeters with a width of four millimeters or as short as one centimeter in length but not being limited to blank cards can be made of paper barring the measurements of nine centimeters in length by a width of six centimeters for advertisement purposes but not being limited to. FIG. 14. Is illustrating a attaching side view top (101) advertising poster board widget, And bottom side, side view of this (100) I.D. Connector badge section, at the top of this (100) I.D. attaching connector is a (95) side view elongated outer rubber bar. This rubber bar has two (96) left side and (97) right side indented slots along it's sides these indented slots will fit and directly attach to this top (101) poster board connector rail by means of two (98) inside left and (99) inside right protruding attaching elongated spikes (97) and (99) will coinside with one another with (97) fitting inside (99). And (96) will coinside with (98) with (96) fitting on the inside of (98) and sliding forword as seen in FIG. 14A. It can be slid on from the right side or left side until flush, with the (101;) poster board top and (100;) I.D. connector bottom FIG. 14B. Center piller is illustrating from a side, side view of what this top (92) attaching logo receiver, and lower (90) I.D. Connector, look like as one, once connected. This top (92) attaching logo receiver could have a measuring shaded (93) width of three millimeters or as great as the top (92) out side Attaching logo receiver parameter being five millimeters or more but not being limited to. At the bottom side of this (92) receiver it is slanted inword about twenty-five degrees with a two millimeter round circle down its center to match the adjacent (89) rubber connector FIG. 14C Is illustrating how once attached this (92;) attaching logo receiver can bend to the far right without breaking unlike plastic or like materials FIG. 14D Is illustrating how this (92L) logo receiver can bend to the far left without breaking. FIG. 15 Is illustrating the front view of a top company logo, middle name tag, and bottom attaching card all attached to this name tag connector. FIG. 16 Is illustrating this name tag being used and a polarity of at least one card being attached to this I.D. Connector directly without the aid of a tab connector. These attaching hooks have an over hang on ether side of about three to four millimeters but not being limited to. BRIEF DESCRIPTION OF THE DRAWINGS-figures FIG. 23-28 Is illustrating the varying views of these attaching hooks. FIG. 29 Is showing the back panel of this name tag. FIG. 30 Is showing a side view of this panel. FIG. 31 Is showing a side view of this front panel. FIG. 32 Is illustrating the backside of this front panel. FIG. 33 Is illustrating a rubber embodiment being attached around a attaching hook. FIG. 34 Is illustrating in the open position all the components attached. FIG. 35 Is illustrating a skeletal open view of the hooks and name tag. FIG. 36 Is showing a skeletal closed view of the hooks. FIG. 37 Is showing this hook in motion and in the closed position. FIGS. 38-43 is showing the varying views of this name tag. FIG. 44 Is showing a side view of a name tag and an attached card. FIG. 45 Is illustrating a front view of an attached card and name tag. FIG. 46 Is showing all the parts in relating how they sit in this name tag. FIG. 47 Is illustrating the length of this real. FIG. 48 Is showing the rear and center hole of this real. FIG. 49 Is showing a bottom skeletal view of the parts in the name tag. FIG. 50 Is showing the order by way the parts are placed in this name tag. 51 Is showing the retracting bar repelling away from the name tag. FIG. 52 Is illustrating the coil springs contracted down to size in this name tag. FIG. 53 Is showing the zip line being repealed back into this name tag. FIG. 55 Is illustrating the front panel of FIG. 32. FIG. 54 Is illustrating the front panel of FIG. 53. FIGS. 56-61 Is illustrating the varying views of these attaching rubber embodiments. FIGS. 62-67 Is illustrating the varying views of the attaching embodiment. FIG. 68 Is illustrating a top connector and bottom rubber embodiment. FIG. 69 Is illustrating a side view of this advertising poster board. FIG. 70 Is illustrating a front view of this advertising poster board. FIG. 71 Is illustrating a side view poster board connector. FIG. 72 Is illustrating a side view bottom name tag FIG. 73 Is illustrating a poster board connector being attached. FIG. 74 Is illustrating a name tag and poster board connected. FIG. 75 Is demonstrating the flexibility of the poster board once connected. FIGS. 76-81 Is illustrating the varying views of this name tag. FIG. 82 Is illustrating this poster board being readied for attachment. FIG. 83 Is illustrating this poster board attached. FIG. 84 Is illustrating a front view of this attached poster board. FIG. 85 Is illustrating the rear of this poster board and attached part's. FIG. 86 Is illustrating that this name tag can be bowed.

FIG. 29-33 Is illustrating another way this I.D. connector could be made starting with the attaching hooks FIG. 23 Is illustrating a right side, side view of this (106) attaching foot hook that can be made of plastic, or aluminum, where the pattern can be cut out of a flat piece of plexy-glass and be finished with a file this attaching foot section could have a measuring length of six to seven millimeter but not being limited to. FIG. 24 Is illustrating the top side looking down on this (108) attaching foot hook, this attaching hook foot button could have a measuring length of twenty millimeters, and a width of 3 millimeters squared but not being limited to. FIG. 25 Is illustrating a bottom view of this attaching hook button. FIG. 26 Is illustrating a left side, side view of this attaching hook foot button, this (103) attaching hook foot section could have a measuring width of about one and one-half, to two, millimeters in width but not being limited to. FIG. 27 Is illustrating a front side view of this (104) attaching hook foot button this attaching hook foot button has two (107) and (109) indented grooves on ether-side that could be one millimeter deep for inner receiving an elastic rubber embodiment. FIG. 28 Is illustrating a rear view of this (105) attaching hook foot button, this attaching hook foot button could have a measuring vertical length of twelve to thirteen millimeters but not being limited to. FIG. 29 Is illustrating the inside of a (110) connecting back panel this panel has a measuring length of approximately eighty millimeters by a width of twenty-eight millimeters at the top of this (110) back panel is a (125) top mount sliding groove. This top mount sliding groove is used to attach an advertising poster board top connector for stationery displays. It is about three millimeters in width but not being limited to and is indented one millimeter inward from the topside edge leaving a one millimeter overhanging lip, it is indented from the inside outward possible two to three millimeters in depth depending on the materials used but not being limited to. This (110) back panel has two perfectly centered and located at the bottom rectangles this larger (112) rectangle could possibly have a measuring length of possibly sixteen millimeters by a width of five millimeters but not being limited to, with two (111) and (113) indented grooves on ether side located approximately two and one half millimeters from this (110) bottom edge being indented about one, to maybe one and one half millimeters in depth and having a width of maybe three millimeters in length but not being limited to, it is used to house a metal bar. this other small (114) rectangular orifice is about three and one half millimeters in width by fifteen millimeters in length this rectangular orifice is used for the controlling of a FIG. 32 (124) sliding hook foot button knob. FIG. 30 Is illustrating a left side, side view of this attaching half, name tag back panel. FIG. 31 Is illustrating this right side, side view of this attaching name tag front panel. FIG. 32 Is illustrating the inside of this connecting name tag front panel it has duplicate measurements as with FIG. 29 back (110;) panel FIG. 32 this (128) front panel Has a (119) elongated rectangle orifice that is seventy millimeters in length by a vertical width of eight to seven millimeters but not being limited to this (119) elongated rectangle orifice is centered and it sets five millimeters from the right side (128) front panel edge. And five millimeters from the left side (128) front panel edge, on ether side of these's edges and five millimeters from the top side edge. below this (119) elongated rectangle orifice is a (122) indented rail, it sets possibly three millimeters from and below this (119) name tag orifice but not being limited to. This (122) rail is indented about one millimeter from the (128) front name tag panel surface, about three millimeters deep and three millimeters wide as illustrated in FIG. 31 side view (133) indented rail but not being limited to. The length of this (122) indented rail is around seventy-five millimeters centered having two and one half millimeters not indented on the right side from the (128) front panel edge and two and one half millimeters on the left side not indented from this (128) front panel edge. There are two (131), left side and (132) right side attaching foot hooks that are face down and through a small (129) rectangular orifice as shown in FIG. 32. And facing outward as shown in FIG. 31 (126) attaching foot hook, That are secured in this (122) indented rail. to the far right and centered is a (117) stationary pole and to the left and centered is a (121) stationary pole just three millimeters from this (128) front panel outside edge on ether side that are used for securing and receiving an elastic rubber embodiment that could be a rubber ban but not being limited to because a retracting or repelling apart metal spring using tensile strength could be employed as well FIG. 32 this (132) identical attaching foot hook buttons movements are controlled from sliding left with restraint by a (120) elastic rubber embodiment secured around a (117) stationary pole and a pivotal (132) attaching foot hook back section. As seen with this (12o) elastic rubber embodiment looped around this (135) transparent section. another way identification can be attached to this (128) name tag is by means of this (134) attachment bar it sets in between two unseen indentation grooves (137) right side and (130) left side. where when the (110″) back panel is interfaced with the (128) front panel and the two become one this (134) bar aliens with (111;) and (113;) indented grooves and is then locked-in between the two. FIG. 33 Is illustrating an attaching hook, rubber embodiment, and fragmented name tag panel and how it is assembled this (127) rubber embodiment is stretched around this (136) stationary pole that is inner connected to this (138) fragmented name tag panel there is a (142) attaching hook foot this (127) rubber embodiment is then attached around a (139) hook slot indentation groove, front section of this (142) attaching hook foot the left side of panel (128;) is configured this same way before the back panel of (110;;) is applied. FIG. 34 Is illustrating what all of the embodiments look like when assembled, it is illustrating this (116) attaching hook foot in the rested position up against this (140) fragmented name tag panel. FIG. 37 Is illustrating an attaching hook foot button in the closed position this (141) hook foot button knob is moved left from the (115) fragmented name tag panel stretching the (143) elastic rubber embodiment from this (123) former hook placement thus leaving the (141) hook foot button in the closed position when next to another attaching hook in the opposite direction back to back as seen in FIG. 36, but in the open position when this hook is separated from the fragmented panel as seen in FIG. 37. FIG. 35 Is illustrating these attaching foot hooks in a skeletal closed chamber, and the attaching foot hooks in the open position. FIG. 35 this (118) skeletal name tag is illustrating these (165) left side and (149) right side attaching hook foots that are resting up against a unseen rectangular orifice (151) right side wall and a (158) left side wall from the front side, on the back end of this (118) name tag are the two attaching on the backside (152) left side and (147) right side hook foot button knobs that are used to control the (151) and (158) hooks movements that rest up against this backside rectangular orifice this (147) button rest up against this right side (166) unseen wall and this (152) button rest up against this left side (160) unseen wall and is resting in the open position. FIG. 36 Is illustrating these attaching hooks in the closed position in a skeletal embodiment FIG. 36 this (162) skeletal name tag panel is illustrating these (156) attaching foot hook left side and (168) attaching foot hook right side in a unseen rectangular orifice and these hooks are now separated from this (170) front panel right side orifice wall and this left side front panel (171) orifice wall these (156) and (168) attaching foot hooks are presed together by two, back side (163) left side and (145) right side sliding button knob's away from two unseen right side (148) orifice wall and the other (150) left side unseen orifice wall leaving these hooks in the closed position. Let it be noted that these (156) and (168) attaching foot hooks can have (163) and (145) button knobs or no button knobs at all. FIG. 38 Is illustrating a right side, side view of this I.D. Connector badg. FIG. 39 Is illustrating a left side, side view of this I.D. connector badg. FIG. 40 Is illustrating a bottom view of this I.D.connector badg. FIG. 41 Is illustrating a elevated view looking down at the top of this attaching I.D. connector badg. FIG. 42 Is illustrating a front view of this I.D. connector badge. FIG. 43 Is illustrating a rear back view of this I.D. connector badge. FIG. 44 Is illustrating a side view of this (173) name tag having a (154) I.D. badge Connector, and strap attached around this (161) I.D. badge, at the bottom and the two attached to a (155) bar attached to this (173) name tag this (155) bar can also be a retracting bar as well. FIG. 45. Is illustrating a front view of a card and company logo attached to this name tag. FIG. 46. Is illustrating a skeletal front view of this (153) name tag and retracting bar this (153) name tag is illustrating a (157) retracting bar that is rectangular in shape when the hole thing is visible that masseurs around fifteen millimeters in length by a width of maybe four millimeters this retracting bar is attached to a single string looped through a (180) eye that is attached to this (157) rectangular bar attachment, this string that could be six-hundred millimeters in length or longer is called a (159) zip line This (159) zip line that could be made of nylon, thread, or plastic fishing line. It is then attached to two (167) right side and the other left side (169) round reel's. FIG. 47. Is illustrating a side view of a (164) real this (164) real could be made out of aluminum, stainless steel, copper or plastic and indented down the center on or around one and one half millimeters deep using a file in a three hundred and sixty-five degree radius but not being limited to and is used to hold this, FIG. 45 (159) zip line in place. It is about two millimeters in width and may have a length of around fourteen millimeters or half an inch but not being limited to. FIG. 48. Is illustrating the back or bottom of this (177) reel with a hole up the center measuring about two millimeters across. FIG. 46. These (169) and (167) reels are kept in placed by two (146A) and (146B) stationary poles up the center of these (169) and (167) reel's these (169) and (167) reel's set one millimeter from the bottom edge of this (153) name tag and around three millimeters from the center rectangular orifice right and left side wall's but not being limited to. FIG. 46. Is illustrating a (175) spring coil it sets in the center of this right side (167) hollow reel it is attached to a (146B) stationary pole with a slit up the center that this (175) coil spring slides into on the inside this (175) spring is wound from the inside out in a counter clock wise rotation untill attaching to the (167) real outside wall, although two reals are shown one real could be used to accomplish the same task or no reals could be used at all minus the (146A) and (146B) stationary poles and batteries could be put in place of these (167) and (169) reel's for other purposes. FIG. 49. Is illustrating a skeletal bottom view looking at this name tag. This (190) name tag has an outer skin lining that is about one millimeter or less in thickness depending on materials used but not being limited to it has three sections the right side is illustrating a (182) stationary pole and It's placement without a (167;) reel. In the middle is a (187) retracting attachment bar for attaching existing technology. To the left is a (174) reel were the zip line is attached to it. FIG. 50. Is illustrating the working parts of the retracting zip line. This FIG. 50. Is illustrating a (178) coil spring, and a (185) reel, and a (179) fragmented name tag and (183) stationary pole. This (179) fragmented name tag, and (183) stationary pole will be inserted through a (203) orifice of this (185) reel were this (178) coil sprig will fit in this (185) hollow reel section and this (178) coil spring will fit around this (183) slotted stationary pole section. FIG. 51. Is illustrating the retracting bar repealing down and away from this (202) name tag. When this (144) bar and (172) attaching zip line are pulled through two (197) and (197A) stationary guide poles at the top and in the center of this name tag and spaced about three millimeters apart but not being limited to, they pull two rotating clock wise left (198) reel, and the other right side rotating counter clock wise (198A) reel when these reels have exhausted the full length of this zip line which could be twenty eight inches or longer it contracts the inside coil spring down to size as seen in FIG. 52. (188) contracted left coil spring, and (184) contracted right coil spring. FIG. 53. When this (194) zip line is repealed back into this (200) name tag, and around these (189) internal pivoting clock wise right side reel and (191) pivoting counter clock wise left side reel leaving the (186) left side and (192) right side coil spring's in the loose and uncoiled position FIG. 54. Is illustrating this (200;) with this front face attached to it. FIG. 55. Is illustrating a stationary bar in this top embodiment. this concludes this section. FIG. 56. Is illustrating a flexible rubber embodiment left side view that could be poured from a mold this embodiment it is used to facilitate the attachment device it could be made of plastic or a combonation of the two but not being limited to. FIG. 57. Is illustrating a bottom view of this rubber embodiment. FIG. 58. Is illustrating the front side of this flexible rubber embodiment. FIG. 59. Is illustrating the backside of this flexible rubber embodiment. FIG. 60. Is illustrating a flexible rubber embodiment right side view. FIG. 61. Is illustrating an elevated top view looking down on this rubber embodiment. FIG. 62. Is illustrating a front view of this attaching embodiment this embodiment could be made of plastic, posterboard, aluminum, stainless-steel, cardboard, or a combonation of some or all of the above but not being limited to FIG. 63. Is illustrating a left side, side view of this attaching embodiment. FIG. 64. Is illustrating a right side, side view of this attaching embodiment FIG. 65. Is illustrating a back view of this attaching embodiment. FIG. 66. Is illustrating a elevated top view looking down on this attaching embodiment. FIG. 67. Is illustrating a bottom view of this attaching embodiment. FIG. 68. Is illustrating a side view of both this (213) lower rubber embodiment, and this side view (223) attaching top connector this top connector is then interfused with this lower (213) rubber embodiment and the two then become one. FIG. 69. Side view Is illustrating the now advertising posterboard connector. FIG. 70. Is illustrating a front side view of this advertising posterboard connector. FIG. 71. Is illustrating this top side view (226) advertising poster board connector. FIG. 72. Is illustrating a side view of this bottom (230) name tag badge connector. FIG. 71. This top 226 poster board connector will attach to a. FIG. 72 bottom 230 name tag badge connector it is attached by means of attaching FIG. 71. this 226 advertising poster board connector bottom corner's (1C), (2B), (3D), and (4A). On the inside corners of this FIG. 72 (230) name tag badge connector's top inside corner's (A), (B), (C,), and (D). corners (1C) of FIG. 71 will a-line with inside corner (A) of FIG. 72. and FIG. 71 corner (2B) will a-line with inside corner (B) of FIG. 72 and FIG. 71 corner (3D) will a-line with the inside corner (C,) of FIG. 72 and Corner (4A) of FIG. 71. Will a-line with inside corner (D) of FIG. 72. When all four corners have been a-lined, they a-line with an elongated internal (199) attaching slot, or rail of this 230 name tag this (226) advertising poster board connector is then pushed forward onto this (230) name tag badge connector as seen in FIG. 73 AT the bottom it can be attached on the top of this name tag from ether the left or right side. FIG. 74. Is illustrating a side view of what the bottom name tag and top advertising poster board connector look like once connected. FIG. 75. Is illustrating from a side view the flexibility of this top advertising poster board connector this connector can bend from a (215) former ninety degree up right angle, to a thirty degree (220) right angle or a thirty degree (211) pivoting left side angle without braking but not being limited to. FIG. 76 Is illustrating a third way this connector could be made FIG. 76. Is illustrating a right side, side view of this magnetized attaching name tag connector. FIG. 77. Is illustrating a left side, side view of this magnetized attaching name tag connector. FIG. 78. Is illustrating a bottom view of this magnetized attaching name tag. FIG. 79. Is illustrating an elevated top view of this magnetized attaching name tag. FIG. 80. Is illustrating a front view of this magnetized attaching name tag. FIG. 81. Is illustrating a back or rear view of this magnetized attaching name tag. FIG. 82. Is illustrating a advertising poster board connector and another way this name tag can be made, this (102) poster board connector and this (196) magnetized attaching name tag back panel can be made of steel, stainless steel, aluminum, or plastic it can have a side thickness of one millimeter or less but not being limited to it can have a length of seventy five millimeters or longer but not being limited to by a width of twenty-five millimeters or longer but not being limited to. At the bottom, side view is these (193) attaching hooks housed in a stainless steel three by three millimeter elongated square tubing attached to this elongated flat stainless steel panel. This (102) poster board connector could be made out of poster board, plastic, rubber phome or similar products but not being limited to this (102) poster board could have a measuring width of thirty millimeters or greater but not being limited to this (102) poster board is illustrating a (195) void space that has a depth of three millimeters or greater but not being limited to by a width of about twenty millimeters setting three millimeters from the bottom edge and maybe seven millimeters from the top edge but not being limited to it could possibly be round or not having a three hundred and sixty-five degree radios that is used to hold a battery but not being limited to this (102) poster board will attach to this (196) back panel front side and set on top of these (193) attaching hook element with the aid of an unseen magnet in this (102) poster board connector. FIG. 83. Is illustrating a (219) poster board connector attached to a (195) magnetized attaching name tag in the center of this (219) poster board is a (205) magnet that could be twenty millimeters by twenty millimeters squared but not being limited to. This (219) is illustrating void space to the (209) right and (208) left side that bear the same measurements as FIG. 82, (195;) void space but not being limited to that can be used to hold batterys or like items. FIG. 84. Is illustrating a front view of this advertising poster board attached to this magnetized attaching name tag FIG. 85. Is illustrating a rear view of this (201) poster board connector that can be any geometric shape (206) Is illustrating the left side battery and (210) is illustrating the right side battery and (222) is illustrating the center magnet. FIG. 86. Is illustrating a bowed magnetized name tag. This concludes this third description of these embodiments and all the embodiments are good and would work well however they should not be construed as limiting the scope of these embodiments and many changes can readily occur by someone skilled in the art upon reading these descriptions and illustrations thus this embodiment is not to be intended as being limiting by the disclosed specifications and illustrations but is to be limited only by the appending claims.

What is claimed is A (1.) Name tag company display, I.D. connector badge comprising of attach and detachable embodiments: this first part being a (;24) name tag being rectangular in appearance having four corners in the center of this embodiment and towards the top is a indented smaller rectangular in appearance (;26) name tag battery holder platelet that holds a (;66) battery that can have a name tag printed on the front side. just below this indented section there are two attaching (;71) and (;71 k) hooks that set in a (;31) guide track that face down protruding through a rectangular (;129) orifice and are repelled apart from each other using tensile straight generated by a (;120) rubber embodiment or a (;49) coiled spring that attaches other embodiment's they are controlled by (;163) or (;145) button's that can be placed at the sides or the rear of this (;77) name tag. At the bottom of this (;153) name tag and in the center is a (;112) half square opening in this square opening is a (;144) retractable bar that is attached to two (;169) and (;167) spring retracted reels that is interim attached and controlled by this (;194) coiled zip line attached to it through the (;180) eye. A (;102) advertising poster board can directly be attached to the front section of this (;196) name tag or be placed directly on top of a (;230) name tag by means of a (;199) elongated slotted railing system, or (;205) magnets. There is a (;110) back panel that is interfused with a (;128) front panel whereby a (;94) I.D.F. computer chip or (;74) encrypted bar code technology can be placed for security purposes were as this name tag can be bowed or not bowed.

2. In accordance with claim 1. Is a name tag company display, I.D. connector badge wherein it can be any geometric shape or width but having said four corners wherein items can be attached to a bottom said retractable bar a top said elongated slotted railing a said front side attaching hooks a magnetic said name tag front panel wherein it can be bowed.

3. In accordance with claim 1. Wherein a name tag company display, I.D. connector badge has An attachment device wherein a name or viewable output of information can be displayed on in accordance with claim 2 A Magnetic front panel or said elongated slotted railing wherein this attachment device has a continued electrical energy source that is stored until called upon.

1. Using a method is a said name tag having a slotted inner attaching top a bottom retracting bar attaching front hooks that said attaches other embodiments to a name tag having no hooks or hooks were as this name tag can be bowed.

DRAWING FIGURES

FIG. 1A Is illustrating an open face naked front view of the embodiment without its adjacent attaching parts.

FIG. 1B Is illustrating a front few of an identical attaching arm with elongated apertures down its center.

FIG. 1C Is illustrating a back view of an identical attaching arm with elongated apertures down it's center.

FIG. 1D Is illustrating a side view of the identical attaching arms left side.

FIG. 1E Is illustrating a side view of the identical attaching arm right side.

FIG. 1F Is illustrating a rear view of an identical attaching arm.

FIG. 1G Is illustrating a front view of an identical attaching arm.

FIG. 1H Is illustrating an elevated top side view looking on this connecting embodiment.

FIG. 1I Is illustrating a bottom side view of the connecting embodiment.

FIG. 1J Is illustrating a side view taken from the left side of FIG. 6;

FIG. 1K Is illustrating a side view taken from the right side of FIG. 6;

FIG. 2 Is illustrating two springs in the open position in a skeletal embodiment with all other parts present.

FIG. 3 Is illustrating the I.D. tab connector.

FIG. 4 Is illustrating a side view of the embodiment, with a sliced side view of one of the attaching identical arms.

FIG. 5 Is illustrating a skeletal view of the springs and other parts in a compressed closed position.

FIG. 6 Is illustrating the embodiment in plane form, in the open position.

FIG. 7 Is illustrating the embodiment in plane form in the closed position.

FIG. 8 Is illustrating the embodiment in the closed position and the tab connector being attached.

FIG. 9 Is illustrating the tab connector attached to the embodiment attaching a polarity of one card.

FIG. 10 Is illustrating a side view of this connected I.D. tab connector attached around this name tag.

FIG. 11 Is illustrating the I.D. tab connector attached around these front hooks.

FIG. 12 Is illustrating the I.D. tab connector, attached around the rear side magnet.

FIG. 13 Is illustrating a card attached to a name tag.

FIG. 14 Is illustrating an advertising poster board top, and bottom name tag that are to be connected.

FIG. 14A Is illustrating a poster board being attached to this name tag.

FIG. 14B Is illustrating how logo's once attached can bend to the right or left without breaking.

FIG. 14C Is illustrating a logo receiver being bent to the right without being broken.

FIG. 14D Is illustrating a logo receiver being bent to the left without being broken.

FIG. 15 Is illustrating a company logo and card attached to a name tag.

FIG. 16 Is illustrating a single card attached directly to this name tag.

FIG. 23 Is illustrating a right side, side view of this attaching foot hook.

FIG. 24 Is illustrating the top side looking down on this attaching foot hook.

FIG. 25 Is illustrating a bottom view of this attaching hook button.

FIG. 26 Is illustrating a left side, side view of this attaching hook foot button.

FIG. 27 Is illustrating a front side view of this attaching hook foot button.

FIG. 28 Is illustrating a rear view of this attaching hook foot button.

FIG. 29 Is illustrating the inside of a connecting back panel.

FIG. 30 Is illustrating a left side, side view of this attaching name tag.

FIG. 31 Is illustrating this right side, side view of this attaching name tag.

FIG. 32 Is illustrating the inside of this connecting name tag front panel.

FIG. 33 Is illustrating an attaching hook, rubber ban, and fragmented name tag panel.

FIG. 34 Is illustrating all of the embodiments assembled and resting in a open position.

FIG. 35 Is illustrating these attaching foot hooks in a closed chamber in an open position.

FIG. 36 Is illustrating attaching hooks in the closed position in a skeletal embodiment.

FIG. 37 Is illustrating an attaching hook in the closed position in motion.

FIG. 38 Is illustrating a right side, side view of this I.D. connector badge.

FIG. 39 Is illustrating a left side, side view of this I.D. connector badge.

FIG. 40 Is illustrating a bottom view of this I.D. connector badge.

FIG. 41 Is illustrating from a elevated view looking down at the top of this attaching I.D. connector badge.

FIG. 42 Is illustrating a front view of this I.D. connector badge.

FIG. 43 Is illustrating a rear back view of this I.D. connector badge.

FIG. 44 Is illustrating a side view of this I.D. connector badge with existing technology attached to it.

FIG. 45 Is illustrating a front view of a card and company logo attached to this name tag.

FIG. 46 Is illustrating a skeletal front view of this name tag and retracting bar.

FIG. 47 Is illustrating a side view of this real.

FIG. 48 Is illustrating the back or bottom of this real with a hole up the center.

FIG. 49 Is illustrating a skeletal bottom view of this name tag.

FIG. 50 Is illustrating the sequential order of the working parts of the retracting zip line.

FIG. 51 Is illustrating the retracting bar repelling away from the name tag.

FIG. 52 Is illustrating what these coiled springs look like when contracted down to size in this name tag.

FIG. 53 Is illustrating the zip line being repealed back into this name tag.

FIG. 54 Is illustrating this (200;) with the front face attached to it.

FIG. 55 Is illustrating a stationary bar in this top embodiment.

FIG. 56 Is illustrating a flexible rubber embodiment.

FIG. 57 Is illustrating a bottom view of this rubber embodiment.

FIG. 58 Is illustrating the front side of this flexible rubber embodiment.

FIG. 59 Is illustrating the backside of this flexible rubber embodiment.

FIG. 60 Is illustrating a flexible rubber embodiment right side view.

FIG. 61 Is illustrating an elevated top view looking at this rubber embodiment.

FIG. 62 Is illustrating a front view of this attaching embodiment.

FIG. 63 Is illustrating a left side, side view of this attaching embodiment.

FIG. 64 Is illustrating a right side, side view of this attaching embodiment.

FIG. 65 Is illustrating a back view of this attaching embodiment.

FIG. 66 Is illustrating a elevated top view of this attaching embodiment.

FIG. 67 Is illustrating a bottom view of this attaching embodiment.

FIG. 68 Is illustrating a side view of this rubber embodiment and a side, side view of a attaching top connector.

FIG. 69 Is illustrating a side, side view of this advertising poster board connector.

FIG. 70 Is illustrating a front view of this advertising poster board connector.

FIG. 71 Is illustrating a side view of this poster board connector.

FIG. 72 Is illustrating this bottom name tag badge connector.

FIG. 73 Is illustrating an attaching top connector being connected.

FIG. 74 Is illustrating the bottom name tag and top advertising poster board connected.

FIG. 75 Is illustrating the flexibility of this top advertising poster board connector.

FIG. 76 Is illustrating a right side view of this magnetized attaching name tag connector.

FIG. 77 Is illustrating a left side view of this magnetized attaching name tag connector.

FIG. 78 Is illustrating a bottom view of this magnetized attaching name tag.

FIG. 79 Is illustrating a elevated top view looking at this magnetized attaching name tag.

FIG. 80 Is illustrating a front view of this magnetized attaching name tag.

FIG. 81 Is illustrating a back or rear view of this magnetized attaching name tag.

FIG. 82 Is illustrating a advertising poster board connector and another way this name tag can be made.

FIG. 83 Is illustrating an elevated skeletal view of a name tag back panel attached to a advertising poster board.

FIG. 84 Is illustrating a front view of this advertising poster board attached to this magnetized attaching name tag.

FIG. 85 Is illustrating a rear view of this poster board with the batteries and magnet exposed.

FIG. 86 Is illustrating a bowed name tag connector.

FIG. 87 Is illustrating a front view of this battery platelet.

FIG. 88 Is illustrating the back view of this battery platelet.

FIG. 89 Is illustrating a bottom side, side view of this battery platelet.

FIG. 90 Is illustrating a top side, side view of this battery platelet.

FIG. 91 Is illustrating a left side, side view of this battery platelet.

FIG. 91A Is illustrating a right side, side view of this battery platelet.

FIG. 92 Is illustrating a front side view of this I.D. tab connector.

FIG. 93 Is illustrating a rear side view of this I.D. tab connector.

FIG. 94 Is illustrating a top side view of this I.D. tab connector.

FIG. 95 Is illustrating a back side view of this I.D. tab connector.

FIG. 96 Is illustrating a right side, side view of this I.D. tab connector.

FIG. 97 Is illustrating a left side, side view of this I.D. tab connector.

24. I.D. Connector 25. Identical attaching hook button 26. Name tag holder 27. Magnet 28. Rubber connector 29. Surface 30. Magnet 31. Half rectangular guide track 32. Magnet 33. Half-moon spring retractor rods 34. Half-moon spring retractor rods 35. Side thickness 36. Elongated orifice 37. Identical attaching hook button 38. Push button front portion 39. Hook 40. Neck 41. I.D. tab connector 42. Attaching horizontal ends 43. Width 44. Attaching horizontal ends 45. Orifices and (45A) 46. I.D. connector 47. Identical attaching hook buttons 48. Identical attaching hook buttons 49. Spring (49B) 50. Half-moon spring retractor rods 50J 51. Horizontal walls 52. Horizontal walls 53. I.D. connector 54. Guide track 55. Hooks 56. hooks 57. Indented 58. Indented 59. Half-moon spring retractor rod (59A) 60. I.D. F computer chip 61. Former position 62. Indented space 63. Button 64. Spring 65. Hook 66. Name tag platelet 67. Half round orifice wall 68. Open button position (68;) 69. Half-moon spring retractor rod 70. I.D. connector 71. Hook 71k 72. Vertical walls (72;) 73. Center magnet 74. Barcode technology 75. Rubber connector 76. I.D. tab connector 77. I.D. connector 78. I.D. connector 79. I.D. connector 80. Spring 81. I.D. tab connector 82. I.D. connector 83. I.D. card 84. Hooks 85. orifice 86. orifice 87. I.D. tab connector 88. I.D. connector 89. Rubber connector 90. I.D. connector 91. Identification card 92. Attaching logo receiver (92;) (92L) 93. Shaded four millimeter size 94. I.D. F Computer chip 95. Elongated outer rubber bar 96. Indented slot left side 97. Indented slot right side 98. Attaching elongated spikes 99. Attaching elongated spikes 100. I.D. connector badge 101. Poster board top connector rail. 102. Advertising poster board 103. Attaching hook foot button. 104. Attaching hook foot button. 105. Attaching hook foot button. 106. Attaching hook foot button. 107. Indented groove 108. Attaching hook foot button. 109. Indented grooves 110. Back panel 111. Indented groove 112. Centered rectangle 113. Indented groove 114. Rectangle small 115. Fragmented name tag panel 116. Attaching hook foot 117. Stationary pole 118. Skeletal name tag 119. Name tag orifice. 120. Elastic rubber embodiment 121. Stationary pole 122. Indented rail 123. Former hook placement 124. Sliding hook foot button knob. 125. Top mount sliding groove 126. Attaching foot-hook 127. Elastic rubber embodiment 128. Front panel name tag 129. Rectangular orifice. 130. Indentation groove 131. Attaching foot hook 132. Attaching foot hook. 133. Indented rail side view. 134. Attachment bar 135. Transparent section 136. Stationary 137. Indentation groove 138. Fragmented name tag panel 139. Hook slot indentation groove 140. Fragmented name tag panel 141. Hook foot button knob 142. Attaching hook foot. 143. Elastic rubber embodiment 144. Attaching bar 145. Button knob 146. (146A) and B stationary pole 147. Hook foot button knob right 148. Orifice wall 149. Attaching hook foot 150. Orifice wall 151. Right side orifice wall. 152. Hook foot button knob left 153. Name tag 154. I.D. badge connector 155. Bar 156. Attaching hook foot 157. Retracting bar 158. Left side orifice wall 159. Zip line 160. Left side wall 161. I.D. badge 162. Skeletal name tag panel 163. Button knob 164. Reel 165. Attaching hook foot 166. Right side wall 167. Reel 168. Attaching foot hook 169. Reel 170. Rectangular orifice wall 171. Rectangular orifice wall 172. Zip-line 173. Name tag 174. Reel 175. Spring coil 176. Magnet 177. Reel 178. Coil spring 179. Fragmented name tag 180. Eye 181. Elaminated stainless steel section. 182. Stationary pole 183. Stationary pole 184. Contracted right coil spring 185. Reel 186. Coil spring 187. Retracting attachment bar 188. Contracted left coil spring 189. Right side reel 190. Name tag 191. Left side reel 192. Coil spring 193. Attaching hooks 194. Zip-line 195. Magnetized attaching name tag 196. Magnetized attaching name tag 197. Stationary guide poles (197A) 198. Reel (198A) 199. Attaching slot 200. Name tag 201. Poster board connector 202. Name tag 203. Orifice 204. Attaching hooks 205. Magnet 206. Battery 207. 208. Void space 209. Void space 210. Battery 211. Left angle 212. 213. Rubber embodiment 214. 215. Former position 216. 217. 218. 219. Poster board 220. Right angle 221. 222. 223. Attaching top connector 224. 225. 226. Advertising poster board connector. 227. 228. 229. Name tag 230. Name tog badge connector. 231 232 233. I.D. tab connector 234. I.D. tab connector 239. hooks 244. Name tag 250. I.D. connector 313. Magnets 

1. A Name tag company display, I.D. connector badge comprising of attach and detachable embodiments: this first part being a (24) name tag being rectangular in appearance having four corners in the center of this embodiment and towards the top is a indented smaller rectangular in appearance (26) name tag battery holder platelet that holds a (66) battery that can have a name tag printed on the front side. just below this indented section there are two attaching (71) and (71 k) hooks that set in a (31) guide track that face down protruding through a rectangular (129) orifice and are repelled apart from each other using tensile straight generated by a (120) rubber embodiment or a (49) coiled spring that attaches other embodiment's they are controlled by (163) or (145) button's that can be placed at the sides or the rear of this (77) name tag. At the bottom of this (153) name tag and in the center is a (112) half square opening in this square opening is a (144) retractable bar that is attached to two (169) and (167) spring retracted reels that is interim attached and controlled by this (194) coiled zip line attached to it through the (180) eye. A (102) advertising poster board can directly be attached to the front section of this (196) name tag or be placed directly on top of a (230) name tag by means of a (199) elongated slotted railing system, or (205) magnets. There is a (110) back panel that is interfused with a (128) front panel whereby an I.D.F. computer chip or encrypted bar code technology can be placed for security purposes were as this name tag can be bowed or not bowed. 